Planet Hunters Talk
Q15-1 Eclipsing Binary
Q13-1 OC EB
Q12-3 Eccentric Eclipsing Binary
Q9-1 OC EB
Q3-3 RRL Eclipsing Binary.
Q8-3 EB with O'Connell effect
Q8-2 EB See http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q8-1 Planet
Q15-1 Eccentric Eclipsing Binary
Q2-3 Eccentric Eclipsing Binary
Q13-2 Eclipsing (RRL?) Binary
Q6-2 RRL C
Q6-2 OC Binary
Q7-1 Eclipsing Binary. Here's an EB graphic. http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q11-1 Over Contact or perhaps Contact Binary.
Q3-1 Definitely an eclipsing binary.
Q12-1 d23
Q8-2 Pulsating
Q4-1 Likely light pollution from nearby eclipsing binary.
Q15-1 d8.2
Q10-3 d24.75
Q15-3 EB
Q3-3 Classic Eclipsing Binary light curve.
Q11-1 d1
Q5-1 Eccentric Eclipsing Binary
Q10-2 EB
Q16-1 EB
Q10-1 RRL C
Q5-2 RRL C
Q13-1 Definitely EB
Q3-NOT an EB
Q11-1 d3
Q4-1 Rapid pulsations
Q16-1 Eclipsing Binary
Q5-1 EB
Q2-2 OC EB
Q13-2 EB
Q12-1 Looks like pollution from a nearby Eclipsing Binary
Q15-1 d21.12
Q10-1 Pulsating variable
Q5-3 EB
Q1-2 Eclipsing Binary
Q13-1 Eccentric Eclipsing Binary
Q2-2 Eclipsing Binary
Q5-3 d 25
Q16-2 d 22
Q3-2 OC EB
Q8-1 rrl c
Q14-2 OC EB
Q11-1 3.9
Q4-2 EB
Q12-2 Transit @ 9.6
Q2-3 Transit @ 4.5
Q16-2 EB
Q16-2 Planet transits
Q17-1 OC Binary
Q6-1
Q2-2 Multi-periodic pulsating variable
Q8-2 pulsating
Q7-1 star spots
Q8-3 OC Binary
Q9-1 eclipsing binary
Q2-1 Why are we seeing these very old light curves?
Q2-2 Why are we seeing Q2 light curves in mid-2017??
Q6-2 Contact EB
Q6-2 Definitely not an Eclipsing Binary.
Q7-1 Yep. 3.75
Q1-2 Why are we seeing Q1 light curves at this point in time???
Q8-1 See http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q8-1 This is a typical Eclipsing Binary light curve.
Q2-2 Looks like planet transits rather than EB.
Q17-1 Eccentric Eclipsing Binary
Q1-1 @slated Find just like all: look for a downward displacement if dots in the graph.
Q9-1 Eccentric Eclipsing Binary
Q1-1 Go back to the 30 day view before submitting if you want to see the Sim.
Q3-2 Eclipsing Binary
Q7-1 Contact binary
Q9-3 Classic light curve of an Eclipsing Binary.
Q1-1 Nobody ever said a near Earth size planet transit would be easy to see. Get over it. THEY AREN'T
Q13-1 Contact Binary
Q1-1 pulsating variable
Q6-2 5.25
Q15-3 somewhat eccentric eclipsing binary
Q5-1 RRL
Q4-1 Classic Eclipsing Binary LC. Alternating depth transits.
Q12-2 multi-periodic pulsating
Q10-2 RRL
Q4-2 d19
Q8-3 puslating
Q3-1 Yep. EB
Q6-3 EB, but Primary @ day .6 seems a bit shallower than other Primaries.
Q1-1 Agree with Zoo3hans about possible real transit in addition to Sim.
Q6-3 11.1
Q14-3 8.5
Q17-1 Eclipsing Binary with one primary eclipse lost in the data break.
Q1-1 Simulations are to determine what can be seen by human eye. If you don't see some, that is expected, but they are accurate.
Q6-1 Slightly eccentric Eclipsing Binary
Q12-1 EB
Q4-2 A slightly eccentric EB with a secondary eclipse lost in the data break.
Q12-3 EB No planets.
Q2-1 Not an EB. This is what EBs look like: http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q1-1 You're not supposed to be able to see all sims. The goal is to determine what can & can't be seen by human eye.
Q10-3 Not an RRL. Pulsating variable.
Q9-3 NOT an EB. This is what they look like: http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q1-1 No possibility that this is a binary.
Q1-1 No such thing as a bad sim. If you didn't see it, study it until you understand why you didn't. This one was pretty obvious.
Q1-1 Perhaps nobody can see it. Part of the research is determining what cannot be spotted by the human eye.
Q5-2 Eclipsing Binary. No planets.
Q3-2 Nope. Just a smallish star with spots rotating into and out of view.
Q1-1 Not all simulations are designed to be easy to see. Just IF they can be seen by some. No such thing as a Bad Sim.
Q5-3 Definitely NOT an EB. If you don't know what you're looking at, just ask & someone may help you out.
Q11-2 Over Contact EB
Q1-1 Sims are great learning tools. Study them & understand why you didn't see them.
Q6-2 EB see http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q6-2 This is a classic example of an Eclipsing Binary. Not alternating deep & shallow transits. See http://i1109.photobucket.com/albums/h438
Q10-1 Over Contact Eclipsing Binary
Q5-2 Multi-Periodic Pulsating Variable
Q1-1 There are no bad simulations. Just ppl who don't see them.
Q9-2 EB
Q12-1 OCEB
Q15-3 Pulsating variable
Q11-2 Eclipsing Binary
Q9-3 EB
Q7-2 eb
Q16-3 Eccentric Eclipsing Binary
Q3-2 EB
Q1-1 dougkol...look for a section of the curve that has been moved down slightly.
Q14-1 @day 1
Q4-2 Overcontact EB with O'Connell effect.
Q9-1 Multi-periodic pulsating variable.
Q10-3 eb
Q9-3 Alternating depth transits. Eclipsing Binary
Q9-2 RRL
Q4-1 Overcontact Eclipsing Binary
Q9-2 Overcontact Eclipsing Binary
Q1-1 Hot Jupiter
Q15-1 RRLyrae
Q2-2 Eclipsing Binary? Really? Here's what EBs typically look like: goo.gl/uWvxjCcontent_copyCopy short URL
Q15-3 Rotational Variable ... aka Star Spots
Q1-1 No planets. Eclipsing Binary
Q1-1 got 1 of 8
Q10-1 Eccentric Eclipsing Binary
Q2-3 Eclipsing binary
Q1-1 Got 3 out of 5
Q1-2 Multi-periodic pulsating variable
Q16-3 Multi-Periodic Pulsating Variable.
Q11-2 Multi-periodic pulsating variable. Likely Delta Scuti tyoe.
Q17-1 Eclipsing binary. Alternating transit depths.
Q4-3 Over Contact Eclipsing Binary with slight O'Connell effect evident.
Q16-3 RR Lyrae
Q8-2 EB
Q4-3 EB
Q6-3 Eclipsing Binary
Q1-1 real transit @ 22.7
Q3-1 Over Contact Eclipsing Binary
Q11-3 OC EB
Q7-3 EB
Q1-1 Easy SIM
Q2-1 EB
Q3-1 OC EB
Q7-1 EB
Q11-1 OC-EB
Q14-2 9.8
Q14-1 OC EB
Q1-1 If you don't go back to the full view of the LC before submitting, you won't get the red dots.
Q2-3 EB
Q1-1 Not a "bad" sim. Just a very difficult one to detect by eye.
Q4-1 OC EB with O'Connell Effect
Q14-3 Eclipsing Binary
Q1-1 11.4 looks like a much better transit signal. Sim is indistinguishable.
Q7-2 #eclipsingbinary
Q1-1 A Hot Jupiter
Q8-2 Eccentric Eclipsing Binary
Q15-2 Eclipsing Binary
Q1-1 Look up the word "simulation" randomuser
Q12-3 Star spots are definitely discernible on distant stars & appear as a regular & repeating, multi-day sine pattern in light curves.
Q14-3 Multi-periodic pulsating
Q1-3 OC EB
Q8-3 eclipsing binary
Q8-1 pulsating
Q5-1 Delta Scuti
Q7-2 Eclipsing Binary
Q2-2 OC EB with O'Connell Effect
Q1-1 Make sure you zoom out to the full image before submitting or Sims don't show in red.
Q12-2 Pulsating
Q11-2 Not EB. Not Pulsating. Star Spots.
Q1-1 EB
Q15-2 eb
Q7-2 EB
Q14-3 ECLIPSING BINARY
Q16-3 OC Eclipsing Binary
Q8-3 OC EB w/ O'Connell effec
Q1-1 You're not supposed to see them all. Object is to determine what can & can't be seen by eye.
Q8-1 Eclipsing Binary
Q8-1 EB with perhaps extra small planetary transits.
Q11-2 EB
Q4-1 Eclipsing binary
Q8-1 EB w/ star spots
Q7-2 OC EB
Q5-3 OC EB
Q6-1 Transit d2.5
Q5-2 Eclipsing Binary with star spots.
Q2-3 OCEB
Q6-3 OCEB
Q2-3 EB. No planets. Just 2 stars orbiting & eclipsing each other.
Q4-3 oceb
Q12-2 21.3
Q1-1 Easy one. Just look for sections moved DOWN very slightly.
Q11-3 #RRLYRAE
Q16-1 Multi-periodic pulsating variable
Q4-2 Yep RRLyrae
Q13-3 EB with a secondary eclipse lost in data break.
Q17-1 EB
Q1-1 also @28.5
Q1-1 Sims are accurate. Study them to learn what you are missing & stop the whining.
Q1-1 Sims exist to find out what ppl can detect. Also a great learning tool. If you'rte not seeing the transits, study the sim til you do
Q1-1 Easy one
Q16-3 25.2
Q12-2 Delta Scuti
Q11-2 Delta Scuti
Q16-1 EB Alternating depth transits
Q1-1 yep
Q8-2 27
Q11-1 4, 19.3
Q4-2 Over Contact EB
Q13-1 Over Contact EB
Q14-3 Star spots are definitely detectable on distant stars. They exhibit as sinusoidal pattern of overall light curve.
Q14-2 7.1
Q6-3 4.75
Q15-2 4.5, 11, 29.3
Q8-3 21.5
Q12-3 centered on 7 & 22.25
Q7-2 6.4
Q7-1 0.9
Q1-1 Possible real transit @10.75
Q4-3 1.6, 12.9, 29.7
Q11-3 6.2, 29.0
Q9-2 12.5
Q9-2 d9, d21.25
Q5-1 4.0
Q13-3 5.2, 21.0 22.4
Q1-2 d2.6 d27
Q1-3 6.75
Q12-2 OCEB
Q15-3 18
Q2-3 d 13
Q1-1 Simulations are only unhelpful if you don't take the time to see why they are what transits look like.
Q9-3 25.5
Q14-2 d19
Q16-1 EB with possible planet transits @ 1.5 & 24.5
Q7-1 0, 4.9, 9.6, 26.9
Q8-2 3.5
Q3-3 0.7
Q8-3 6.25, 17.8, 28.7
Q11-1 @ 0
Q1-1 perhaps real transits @ 6.5 & 13 also
Q1-2 10.3
Q9-2 29.4
Q6-1 7.9
Q7-3 28.75
Q5-1 17.25
Q2-3 11.75 13
Q8-3 23.25
Q4-1 RRL
Q7-3 17
Q11-3 27
Q5-3 24.87
Q5-3 13.9
Q1-2 8 and 23.2
Q1-2
Q6-3 12.75
Q8-2 EB with Star Spots
Q1-1 17
Q4-2 6.9
Q1-2 8.9
Q16-1 2.0 24.1
Q6-2 14.25
Q10-1 27.3
Q10-3 EB
Q14-1 DS
Q1-1 maybe real transit centered on d12.8
Q12-2 EB
Q12-1 OC EB
Q1-1 Simulation on a break? Really??
Q16-1 Over Contact Eclipsing Binary
Q8-1 4.24 & 29.4
Q4-3 star spots
Q15-2 d3.25
Q1-1 d2.0 plus sim.
Q14-2 d0.5
Q7-3 16.75
Q16-1 d3.9
Q6-3 d 11.4
Q7-2
Q9-3 transit d2.1
Q2-2 d 28
Q13-3 multiple transits
Q15-1 1.25, 13.6, 26.2
Q6-1 4.75, 19.2, 26.75
Q7-3 4, 12.75, 13.75
Q1-2 1.1, 26.8
Q1-2 BGEB contamination
Q1-1 likely contamination from BGEB
Q17-1 9.7
Q1-3 10.5
Q1-2 10.75
Q17-1 Very shallow transits. Likely contamination form BGEB
Q1-1 5.1
Q1-3 5.5
Q1-2 2.37
Q1-2 8.8, 10.5
Q1-3 10.3
Q1-1 4.8
Q1-3 5.7
Q1-3 6.6
Q8-3 22
Q9-3 2, 10.15, 30.2
Q14-1 22.5
Q3-1 12
Q13-1 23.75
Q3-2 3 & 13.2
Q16-1 19.5
Q2-3 17
Q10-3 15.5 1.9
Q10-3 15.5
Q16-2 EB with perhaps a small planet transit at d0.08
Q11-1 8.8
Q2-2 0.8
Q4-1 2.9
Q11-2 31
Q13-1 9.75, 21.1
Q10-3 Got the one at 14.3, but marked it as part of a longer transit.
Q11-3 27.75
Q10-2 9.4
Q13-1 3.0
Q16-1 23.9
Q6-3 17.75
Q9-2 Got the one @ 8.6. Maybe another planet @8.6 & 13.35
Q16-1 22.75
Q10-1 6.6
Q9-3 21.5
Q4-1 8.35
Q13-2 4, 18.9
Q14-1 11
Q2-1 19.4
Q13-1 3.8
Q8-2 6.1
Q5-2 5.25, 16.25
Q8-2 6.2
Q8-3 12.9
Q8-1 8.1
Q13-3 10.6 & 29.25
Q4-1 5.3, 12, 14.75, 16.1, 22, 27
Q9-1 1.75
Q3-1 0.1, 11.25
Q3-2 29
Q11-27.8
Q4-1 Star Spots
Q9-1 Pulsating. Maybe RRL-C
Q1-3 8.6 & 13.8
Q1-2 Maybe RRL-C
Q1-1 26.6
Q6-1 possible real transit @ 4.9
Q1-2 17.15
Q1-1 4.85
Q1-3 5.1
Q1-1 17.7
Q1-3 7.7
Q1-1 17.6
Q1-1 11.4
Q1-2 7.5
Q6-1 Easy to spot sim.
Q1-1 19.25
Q1-3 13.6
Q1-1 2.9
Q1-1 19.6
Q1-2 5.1, 24.5
Q1-2 6.5, 19.75
Q17-1 Maybe a real transit @ ~0.6
Q1-1 9.75, 12.25
Q1-3 #DSCT
Q1-2 22.8
Q1-1 1.25
Q1-3 18.8
Q1-3 1.8, 13.9
Not what EB curves typically look like, juliaport11. See http://tinyurl.com/qangsgn
Q1-1 23
Q1-1 6.5, 23, 25.6
Q1-3 8.0
Q1-1 7.1
Q1-1 10.2, 13
Q1-2 14.7
Q1-2 3.3. 16.25. 22.9. 26.15
Q1-2 15.375
Q1-2 22.75
Q1-2 4.5, 24.38
Q1-1 5.0
Q1-2 19.85 & 23.9
Q1-1 12.38
Q7-1 Agree with Zoo3Hans. Possible real transits @ ~6 & ~18
Q3-1 possible real transit @ 15.25
Q1-3 4.25
Q1-3 14.1
Q1-3 12
Q1-2 17.6
Q17-1 possible real transit @ 1.2
Q1-2 15.85
Q1-2 21.25
Q1-3 9.3
Q1-2 25.9
Q1-2 Looks like a disintegrating planet here.
Q1-1 5.2 & 6.125
CVs have large increases in brightness. Nothing here much greater than 1%.
Not a heartbeat. See http://astrobites.org/2014/08/27/whats-in-a-heartbeat/
Q1-2 13.25, 24.38, 28.38
Q8-1 Possible real transit @ 0
Q1-2 7.25
Q4-1 maybe real transit @ 9.3
Q1-1 15.4
Q1-2 very shallow transit depths. Likely contamination from background EB.
Q1-3 16.1
Q1-3 16.4
Q1-2 Agree. Looks like a #DSCT
Q1-2.9, 10.3, 17.6, 23.9
Q1-3 17.9
Q1-1 Star Spots cause the sinusoidal variation in luminosity.
Q1-3 5.1, 18.9
Q1-3 0.24
Q1-1 8
Q1-2 4.4
Q1-2 star spots
Q1-1 10.75, 14.9
Not a Heartbeat. See http://astrobites.org/2014/08/27/whats-in-a-heartbeat/
Q1-2 26.3
Q1-3 1.6
Q1-3 3.75
Q1-2 1.6
Q1-2 5, 23.5
Q1-2 25.4
Q1-1 3, 9.7, 23.6
Q1-2 29.1
Q1- 1 5 Not a Heartbeat. See http://astrobites.org/2014/08/27/whats-in-a-heartbeat/
Q1-1 13, 24.9
Just pulsating. See http://astrobites.org/2014/08/27/whats-in-a-heartbeat/ for a typical light curve and description of Heartbeat.
Q1-2 25.85
Q1-1 29.37
Q1-1 13
Q1-3 8
Q1-3 0.35, 16.1, 17.9
Yes, pulsating. Not a CV.
Most definitely NOT an RRLYRAE
Q1-3 0.35, 16.1
Q1-1 6.5, 13.8, 16.85, 26.2
Q1-2 26.5
Q1-2 6.2, 18.45, 27.1
Q1-1 12.9
Q1-2 26.125
Q1-3 5.75
Q1-3 13.7
Q1-1 10.5 13
Q1-1 12.5
Q1-2 13.3, 16.8, 28
Q1-2 0.565
Q1-1 10.3, 20.12, 22.25, 27
Q1-1 7.25, 6.9, 21.6, 28.2
Very shallow transit depths. Unlikely an EB. Possibly contamination from a background EB.
Q1-3 5
Q1-1 5.5, 6.25, 23.25
Q1-1 7.1, 9.1
Q1-3 Fast pulsations. Perhaps a Delta Scuti.
Q1-3 18
Q1-1 1.5 & 21.25
Q1-1 21.3
Q1-2 11.6
Q 1-1 Possible transit at 20.5
Q1-2 18
Q1-1 5.13, 6.7
Q1-1 13, 24
Q1-1 15.9, 17.6, 20.35
Q1-1 12
Q1-2 10.9, 15.0
Q1-1 19.3
Q1-1 10.75
Q1-2 4.2
Q1-1 15.9
Q1-2 19.5
Q1-2 Maybe a transit @ 15.25
Q1-1 1.0 & 9.25
Q1-1 3, 8.5, 15.9
Q1-2 11.4
Q1-1 7.5, 14.5, 16.5
Q1-2 2.9
Q1-1 d15.9
Q1-2 d 11.4
Q1-1 d 13
This is just a pulsating variable.
Q1-1 Strangeness @ .75 Flare & transit at same time?
Q1-2 No data
Q1-2 5 & 15.1
Agree on 20.65 in Q1,2
Q2-3 21.9
Q8-1 7.7 & 14.75
Q10-3 Got 1
Q6-1 A known EB in the Kepler EB Catalog. P=1.900722d
Q6-1 Sim plus possible real transit @ ~6.65
Q3-3 transits @ 6.6 and 25.1
Q10-2 transit @ d23
Q12-1 Sim plus probable transit @ 2.4
Q2-1 16.5
Q6-1 maybe real transit @ d23
Q9-1 maybe a real transit @ ~13.6
Q14-3 Maybe a larger planet transit @ 12.25
Q10-1Maybe a real transit @20.25
Q8-2 16.25
Q8-2 Maybe another transit @ 17.75
Q12-2 A nice OC EB listed in the Kepler EB Catalog. http://keplerebs.villanova.edu/overview/?k=8099615
Q4-1 d7.1
Q11-1 Maybe real ones @ 6, 17.6 and 21.25
Q8-1 RRL C
Q12-2 maybe an RRL C
Q4-3 Not a binary. Listed InCat False in Kepler EB Catalog.
Q7-2 25.2
Q13-3 0.7 & 21.4
Q12-1 3.15
Q6-2 RRL
Q11-1 sim plus possible real transit @ 2.8
Q9-3 3 Sims plus maybe two real transits
Q8-3 Listed InCatFalse in Kepler EB catalog.
Q13-1 Maybe a real transit @ 13.25
Q7-1 Pulsating variable. Rising & Falling limbs appear a bit asymetrical.
Q5-3 Known EB in Kepler EB Catalog. P=0.354369d.
Q2-3 Maybe a real transit @ 3.25
Q0-3 Transit @ 1.3
Q4-1 possible real transit @7.5
Q8-2 2.2
Q8-1 Possible real transits @ 5.6 and 25
Q9-1 d7.5
Q10-1 Got 2
Q2-1 Several additional transits in curve.
Q14-1 InCat False in Kepler EB Catalog. P of BGEG =0.635445d
Q11-1 Maybe 2 or three real transits also.
Q17-1 I got it. That was an easy one.
Q15-1 possible real transit @21.2
Q5-2 22.2
Q9-1 Appears to be another planet transiting every 4.9 days.
Q7-1 0.2, 3.8, 14.2
Q16-1 possible transit @ d3.2
Q3-3 d9
Q2-2 12.5
Q11-3 Got 6 of them
Q15-1 5 additional transits
Q13-2 Got two of them.
Q13-2 Looks like an OCEB
Q3-1 Maybe a real transit @ 16.1
Q12-1 Nice. A flare disguising a simulated transit.
Q6-1 0.275 & 6.8
Q13-1 I agree with Zoo3hans: likely transit @5.5
Q10-3 6.2
Q10-2 19.1
Q10-3 Listed InCat False in Kepler EB Catalog
Q16-2 11.5, 17.6
Q3-1 23.1
Q7-3 7.3 & 28.12
Q6-2 11
Q4-1 25.75
Q8-3 8.8
Q14-3 7
Q5-3 9.3
Q13-1 14
Q12-1 20
Q6-1 11.6 & 25.8
Q16-3 5.9 & 22.25
Q12-3 10.7
Q5-2 #OCEB
Q6-2 13.6
Q6-3 EB
Q7.1 d14.1
Q11.3 d28
Q12-3 22.25
Q16-3 1.1, 8, 16.75
Q16-3 17.3
Q4-1 Possible real transit @20.2
Q9-3 13.5, 28.8
Q6-3 20.15
Q3-1 9.3, 21.6
Q10-1 12.6
Q7-1 3.6, 11.75
Q15-1 maybe a small transit @ d18
Q10-2 Known EB in Kepler Catalog. See http://keplerebs.villanova.edu/overview/?k=9775253
Q11-2 16.5
Q10-1 Possible real transit @ d28.87
Q4-3 2.7, 8.75, 24.1
Q10-2 8.3 & 18.6
Q9-3 13.5
Q12-1 possible real transit centered on d9.25
Q10-3 1 & 10.3
Q16-2 1.7 & 15
Q4-1 Possible real transit @26.7
Q7-3 22.4
Q7-1 14.2
Q13-3 Known EB in Kepler Catalog. P=3.428551d
Q11-3 20.75, 30.85
Q16-3 4, 16.85
Q6-2 25.75
Q16-3 7.4, 15
Q7-1 3.75
Q14-2 11.9, 20.55, 30.9
Q9-3 10.55
Q6-2 12.6
Q10-1 8.5, 14.6
Q2-2 12.85
Q9-2 4.8
Q8-3 2.2, 7.25, 11.2, 19.8
Q8-3 Would be nice to be presented the fast cadence light curves.
Q8-3 possible real transits @ 13 & 17.6
Q4-3 #transit 28.7
Q7-3 8.9, 23.4
Q4-1 Possible real transit @7.25
Q8-2 #transit 18.75 & 22.2
Q13-2 10.4
Q15-1 7, 18.85
Q3-2 3.6, 10.65
Q11-1 d20
Q14-2 Known EB in Kepler Catalog. P=3.326193d
Q7-1 #Simulations are a great learning tool
Q14-1 10.4
Q8-1 20.4
Q13-3 24.4
Q14-1 3, 10.6
Q5-1 Possible real transits @ 6.8 & 23
Q2-2 15.6, 22.3, 26.3
Q8-2 7.5, 12.2, 18.8
Q8-2 14.25, 19.5
Q16-2 23.1
Q10-3 Listed In-Cat False in Kepler EB Catalog. Very shallow transits. Likely BGEB.
Q4-1 6.1, 20, 28.9
Q12-1 14.35
Q11-1 6.26, 13.3, 22.5, 30.7
Q14-1 d27
Q11-1 Listed InCat False in Kepler EB Catalog.
Q16-1 15.5, 18.25, 29.1
Q15-3 10.8, 14.9, 18.6, 26.6
Q14-2 d10.5 d15.9
Q14-2 d14.6
Q14-1 LPV
Q0-1
Q0-1 HB
Q0-1 d13.75
Q0-1 d5.3 to 6.3 two transits with flare between. Or maybe 1 transit interrupted by a flare.
Q0-1 d1.85, d30
Q0-1 d5.5, d10.75, d20.25
Q7-1 possible real transits @ d8.25 & d19.6
Q0-1 d 30.8
Q0Transit d5.2
Q0-1 transit @ d12
Q0-1 possible DS
Q0-1 EB with possible extra transits at d2 & 12.25
Q0-1 d16.6
Q7-1 d18
Q0-1 1.75
Q0-1 16.6
Q0-1 d2
Q4-2 d20.6
Q2-2 Kepler EB Catalog lists as InCat False. http://keplerebs.villanova.edu/overview/?k=4160669
Q4-3 NOT an RRLYRAE
Q9-2 19.75
Q11-3 3, 15, 15.75, 31.6
Q7-2 24.3
Q13-2 5.25, 11.5, 13.5, 15.6 & 23.1
Q5-2 Star Spots
Q16-2 InCat False in Kepler EB Catalog. http://keplerebs.villanova.edu/overview/?k=4473355
Q16-2 InCat False in Kepler EB Catalog. http://keplerebs.villanova.edu/overview/?k=4037164
Q3-1 d2.5 looks like a fairly large transit with a smaller transit in the middle.
Q10-3 InCat False in Kepler EB Catalog so not an EB. See http://keplerebs.villanova.edu/overview/?k=6871390
Listed InCat False in Kepler EB Catalog. Really small drops for an EB. Agree with Zoo3Hans: BGEB
Q7-2 Known EB in Kepler EB Catalog. P=3.428551d
Q7-2 Agree w/ Zoo3Hans: probably contaminated by background EB.
Q7-2 Looks like an OC EB with O'Connell effect, but listed IN-CAT False in Kepler EB Catalog.
Q14-1 d0.5 and obvious simulation.
Q3-3 Known EB in the Kepler EB Catalog. P=12.713794d
Q7-3 d25
Q13-1 A known eclipsing binary listed in the Kepler EB Catalog. P=3.428551d
Q7-1 In-Cat False in Kepler EB Catalog. Probably contamination from BGEB.
Q16-2 d5.2, d18.1, d28.1
Q8-2 d17.5
Q8-1 d14.3 & d15.75
Q7-1 d1.3
Q6-1 Possible real transits @ 9.2 & 19.7
Q12-2 13.1 & 24.7
Q9-1 d3.6
Q13-1 When did single points become transits???
Q11-3 d1.6, d13.6, d25.9
Q14-1 Listed InCat False in Kepler EB Catalog.
Q14-1 #EB detached. P~4.0d
Q4-2 d4.8, 14.1, 26.8
Q16-1 d23.1
Q3-2 d26.6
Q13-1 d3.5
Q15-1 Eclipsing Binary
Q13-1 OC EB
Q12-3 Eccentric Eclipsing Binary
Q9-1 OC EB
Q3-3 RRL Eclipsing Binary.
Q8-3 EB with O'Connell effect
Q8-2 EB See http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q8-1 Planet
Q15-1 Eccentric Eclipsing Binary
Q2-3 Eccentric Eclipsing Binary
Q13-2 Eclipsing (RRL?) Binary
Q6-2 RRL C
Q6-2 OC Binary
Q7-1 Eclipsing Binary.
Here's an EB graphic. http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q11-1 Over Contact or perhaps Contact Binary.
Q3-1 Definitely an eclipsing binary.
Q12-1 d23
Q8-2 Pulsating
Q4-1 Likely light pollution from nearby eclipsing binary.
Q15-1 d8.2
Q10-3 d24.75
Q15-3 EB
Q3-3 Classic Eclipsing Binary light curve.
Q11-1 d1
Q5-1 Eccentric Eclipsing Binary
Q10-2 EB
Q16-1 EB
Q10-1 RRL C
Q5-2 RRL C
Q13-1 Definitely EB
Q3-NOT an EB
Q11-1 d3
Q4-1 Rapid pulsations
Q16-1 Eclipsing Binary
Q5-1 EB
Q10-2 EB
Q2-2 OC EB
Q13-2 EB
Q12-1 Looks like pollution from a nearby Eclipsing Binary
Q15-1 d21.12
Q10-1 Pulsating variable
Q5-3 EB
Q1-2 Eclipsing Binary
Q13-1 Eccentric Eclipsing Binary
Q2-2 Eclipsing Binary
Q5-3 d 25
Q16-2 d 22
Q3-2 OC EB
Q8-1 rrl c
Q14-2 OC EB
Q11-1 3.9
Q4-2 EB
Q12-2 Transit @ 9.6
Q2-3 Transit @ 4.5
Q16-2 EB
Q16-2 Planet transits
Q17-1 OC Binary
Q6-1
Q2-2 Multi-periodic pulsating variable
Q8-2 pulsating
Q7-1 star spots
Q8-3 OC Binary
Q9-1 eclipsing binary
Q2-1 Why are we seeing these very old light curves?
Q2-2 Why are we seeing Q2 light curves in mid-2017??
Q6-2 Contact EB
Q6-2 Definitely not an Eclipsing Binary.
Q16-1 EB
Q7-1 Yep. 3.75
Q1-2 Why are we seeing Q1 light curves at this point in time???
Q8-1 See http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q8-1 This is a typical Eclipsing Binary light curve.
Q2-2 Looks like planet transits rather than EB.
Q17-1 Eccentric Eclipsing Binary
Q1-1 @slated Find just like all: look for a downward displacement if dots in the graph.
Q13-2 EB
Q9-1 Eccentric Eclipsing Binary
Q1-1 Go back to the 30 day view before submitting if you want to see the Sim.
Q3-2 Eclipsing Binary
Q7-1 Contact binary
Q9-3 Classic light curve of an Eclipsing Binary.
Q1-1 Nobody ever said a near Earth size planet transit would be easy to see. Get over it. THEY AREN'T
Q13-1 Contact Binary
Q1-1 pulsating variable
Q6-2 5.25
Q15-3 somewhat eccentric eclipsing binary
Q5-1 RRL
Q4-1 Classic Eclipsing Binary LC. Alternating depth transits.
Q12-2 multi-periodic pulsating
Q10-2 RRL
Q4-2 d19
Q8-3 puslating
Q3-1 Yep. EB
Q6-3 EB, but Primary @ day .6 seems a bit shallower than other Primaries.
Q1-1 Agree with Zoo3hans about possible real transit in addition to Sim.
Q6-3 11.1
Q14-3 8.5
Q17-1 Eclipsing Binary with one primary eclipse lost in the data break.
Q1-1 Simulations are to determine what can be seen by human eye. If you don't see some, that is expected, but they are accurate.
Q6-1 Slightly eccentric Eclipsing Binary
Q12-1 EB
Q4-2 A slightly eccentric EB with a secondary eclipse lost in the data break.
Q12-3 EB No planets.
Q2-1 Not an EB. This is what EBs look like: http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q1-1 You're not supposed to be able to see all sims. The goal is to determine what can & can't be seen by human eye.
Q10-3 Not an RRL. Pulsating variable.
Q9-3 NOT an EB. This is what they look like: http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q1-1 No possibility that this is a binary.
Q1-1 No such thing as a bad sim. If you didn't see it, study it until you understand why you didn't. This one was pretty obvious.
Q1-1 Perhaps nobody can see it. Part of the research is determining what cannot be spotted by the human eye.
Q5-2 Eclipsing Binary. No planets.
Q3-2 Nope. Just a smallish star with spots rotating into and out of view.
Q1-1 Not all simulations are designed to be easy to see. Just IF they can be seen by some. No such thing as a Bad Sim.
Q3-2 Eclipsing Binary
Q5-3 Definitely NOT an EB. If you don't know what you're looking at, just ask & someone may help you out.
Q11-2 Over Contact EB
Q1-1 Sims are great learning tools. Study them & understand why you didn't see them.
Q6-2 EB see http://i1109.photobucket.com/albums/h438/grgreen99/Eclipsing_binary_star_animation_2.gif
Q6-2 This is a classic example of an Eclipsing Binary. Not alternating deep & shallow transits. See http://i1109.photobucket.com/albums/h438
Q10-1 Over Contact Eclipsing Binary
Q5-2 Multi-Periodic Pulsating Variable
Q1-1 There are no bad simulations. Just ppl who don't see them.
Q9-2 EB
Q12-1 OCEB
Q15-3 Pulsating variable
Q11-2 Eclipsing Binary
Q9-3 EB
Q7-2 eb
Q16-3 Eccentric Eclipsing Binary
Q3-2 EB
Q1-1 dougkol...look for a section of the curve that has been moved down slightly.
Q14-1 @day 1
Q4-2 Overcontact EB with O'Connell effect.
Q9-1 Multi-periodic pulsating variable.
Q10-3 eb
Q9-3 Alternating depth transits. Eclipsing Binary
Q9-2 RRL
Q4-1 Overcontact Eclipsing Binary
Q9-2 Overcontact Eclipsing Binary
Q1-1 Hot Jupiter
Q15-1 RRLyrae
Q2-2 Eclipsing Binary? Really? Here's what EBs typically look like: goo.gl/uWvxjCcontent_copyCopy short URL
Q15-3 Rotational Variable ... aka Star Spots
Q1-1 No planets. Eclipsing Binary
Q1-1 got 1 of 8
Q10-1 Eccentric Eclipsing Binary
Q2-3 Eclipsing binary
Q1-1 Got 3 out of 5
Q1-2 Multi-periodic pulsating variable
Q16-3 Multi-Periodic Pulsating Variable.
Q11-2 Multi-periodic pulsating variable. Likely Delta Scuti tyoe.
Q17-1 Eclipsing binary. Alternating transit depths.
Q4-3 Over Contact Eclipsing Binary with slight O'Connell effect evident.
Q16-3 RR Lyrae
Q8-2 EB
Q4-3 EB
Q6-3 Eclipsing Binary
Q1-1 real transit @ 22.7
Q3-1 Over Contact Eclipsing Binary
Q11-3 OC EB
Q7-3 EB
Q1-1 Easy SIM
Q2-1 EB
Q3-1 OC EB
Q7-1 EB
Q11-1 OC-EB
Q14-2 9.8
Q14-1 OC EB
Q1-1 If you don't go back to the full view of the LC before submitting, you won't get the red dots.
Q5-3 EB
Q2-3 EB
Q1-1 Not a "bad" sim. Just a very difficult one to detect by eye.
Q4-1 OC EB with O'Connell Effect
Q14-3 Eclipsing Binary
Q1-1 11.4 looks like a much better transit signal. Sim is indistinguishable.
Q7-2 #eclipsingbinary
Q1-1 A Hot Jupiter
Q8-2 Eccentric Eclipsing Binary
Q15-2 Eclipsing Binary
Q8-2 Pulsating
Q1-1 Look up the word "simulation" randomuser
Q12-3 Star spots are definitely discernible on distant stars & appear as a regular & repeating, multi-day sine pattern in light curves.
Q14-3 Multi-periodic pulsating
Q1-3 OC EB
Q8-3 eclipsing binary
Q8-1 pulsating
Q5-1 Delta Scuti
Q7-2 Eclipsing Binary
Q2-2 OC EB with O'Connell Effect
Q1-1 Make sure you zoom out to the full image before submitting or Sims don't show in red.
Q12-2 Pulsating
Q11-2 Not EB. Not Pulsating. Star Spots.
Q1-1 EB
Q15-2 eb
Q7-2 EB
Q14-3 ECLIPSING BINARY
Q16-3 OC Eclipsing Binary
Q8-3 OC EB w/ O'Connell effec
Q14-2 OC EB
Q1-1 You're not supposed to see them all. Object is to determine what can & can't be seen by eye.
Q8-1 Eclipsing Binary
Q8-1 EB with perhaps extra small planetary transits.
Q11-2 EB
Q4-1 Eclipsing binary
Q8-1 EB w/ star spots
Q7-2 OC EB
Q5-3 OC EB
Q6-1 Transit d2.5
Q5-2 Eclipsing Binary with star spots.
Q15-3 EB
Q2-3 OCEB
Q6-3 OCEB
Q2-3 EB. No planets. Just 2 stars orbiting & eclipsing each other.
Q4-3 oceb
Q12-2 21.3
Q1-1 Easy one. Just look for sections moved DOWN very slightly.
Q11-3 #RRLYRAE
Q16-1 Multi-periodic pulsating variable
Q4-2 Yep RRLyrae
Q13-3 EB with a secondary eclipse lost in data break.
Q17-1 EB
Q9-3 EB
Q1-1 also @28.5
Q1-1 Sims are accurate. Study them to learn what you are missing & stop the whining.
Q5-3 EB
Q1-1 Sims exist to find out what ppl can detect. Also a great learning tool. If you'rte not seeing the transits, study the sim til you do
Q1-1 Easy one
Q16-3 25.2
Q12-2 Delta Scuti
Q11-2 Delta Scuti
Q16-1 EB Alternating depth transits
Q1-1 yep
Q8-2 27
Q11-1 4, 19.3
Q4-2 Over Contact EB
Q13-1 Over Contact EB
Q14-3 Star spots are definitely detectable on distant stars. They exhibit as sinusoidal pattern of overall light curve.
Q14-2 7.1
Q6-3 4.75
Q15-2 4.5, 11, 29.3
Q8-3 21.5
Q12-3 centered on 7 & 22.25
Q7-2 6.4
Q7-1 0.9
Q1-1 Possible real transit @10.75
Q4-3 1.6, 12.9, 29.7
Q11-3 6.2, 29.0
Q9-2 12.5
Q9-2 d9, d21.25
Q1-1 EB
Q5-1 4.0
Q13-3 5.2, 21.0 22.4
Q1-2 d2.6 d27
Q1-3 6.75
Q12-2 OCEB
Q15-3 18
Q2-3 d 13
Q1-1 Simulations are only unhelpful if you don't take the time to see why they are what transits look like.
Q9-3 25.5
Q14-2 d19
Q16-1 EB with possible planet transits @ 1.5 & 24.5
Q7-1 0, 4.9, 9.6, 26.9
Q8-2 3.5
Q3-3 0.7
Q8-3 6.25, 17.8, 28.7
Q11-1 @ 0
Q1-1 perhaps real transits @ 6.5 & 13 also
Q1-2 10.3
Q9-2 29.4
Q6-1 7.9
Q7-3 28.75
Q5-1 17.25
Q2-3 11.75 13
Q8-3 23.25
Q4-1 RRL
Q7-3 17
Q11-3 27
Q5-3 24.87
Q5-3 13.9
Q1-2 8 and 23.2
Q1-2
Q6-3 12.75
Q8-2 EB with Star Spots
Q9-2 EB
Q1-1 17
Q4-2 6.9
Q1-2 8.9
Q16-1 2.0 24.1
Q6-2 14.25
Q10-1 27.3
Q10-3 EB
Q14-1 DS
Q1-1 maybe real transit centered on d12.8
Q12-2 EB
Q12-1 OC EB
Q1-1 Simulation on a break? Really??
Q16-1 Over Contact Eclipsing Binary
Q8-1 4.24 & 29.4
Q4-3 star spots
Q15-2 d3.25
Q1-1 d2.0 plus sim.
Q14-2 d0.5
Q7-3 16.75
Q16-1 d3.9
Q6-3 d 11.4
Q7-2
Q9-3 transit d2.1
Q2-2 d 28
Q13-3 multiple transits
Q15-1 1.25, 13.6, 26.2
Q6-1 4.75, 19.2, 26.75
Q7-3 4, 12.75, 13.75
Q1-2 1.1, 26.8
Q1-2 BGEB contamination
Q1-1 likely contamination from BGEB
Q17-1 9.7
Q1-3 10.5
Q1-2 10.75
Q17-1 Very shallow transits. Likely contamination form BGEB
Q1-1 5.1
Q1-3 5.5
Q1-3 OC EB
Q1-2 2.37
Q1-2 8.8, 10.5
Q1-3 10.3
Q1-1 4.8
Q1-3 5.7
Q1-3 6.6
Q8-3 22
Q9-3 2, 10.15, 30.2
Q14-1 22.5
Q3-1 12
Q13-1 23.75
Q3-2 3 & 13.2
Q16-1 19.5
Q2-3 17
Q10-3 15.5 1.9
Q10-3 15.5
Q16-2 EB with perhaps a small planet transit at d0.08
Q11-1 8.8
Q2-2 0.8
Q4-1 2.9
Q11-2 31
Q13-1 9.75, 21.1
Q10-3 Got the one at 14.3, but marked it as part of a longer transit.
Q11-3 27.75
Q10-2 9.4
Q13-1 3.0
Q16-1 23.9
Q6-3 17.75
Q9-2 Got the one @ 8.6. Maybe another planet @8.6 & 13.35
Q16-1 22.75
Q10-1 6.6
Q9-3 21.5
Q4-1 8.35
Q13-2 4, 18.9
Q14-1 11
Q2-1 19.4
Q13-1 3.8
Q8-2 6.1
Q5-2 5.25, 16.25
Q8-2 6.2
Q8-3 12.9
Q8-1 8.1
Q13-3 10.6 & 29.25
Q4-1 5.3, 12, 14.75, 16.1, 22, 27
Q9-1 1.75
Q3-1 0.1, 11.25
Q3-2 29
Q11-27.8
Q4-1 Star Spots
Q9-1 Pulsating. Maybe RRL-C
Q1-3 8.6 & 13.8
Q1-2 Maybe RRL-C
Q1-1 26.6
Q6-1 possible real transit @ 4.9
Q1-2 17.15
Q1-1 4.85
Q1-3 5.1
Q1-1 17.7
Q1-3 7.7
Q1-1 17.6
Q1-1 11.4
Q1-2 7.5
Q6-1 Easy to spot sim.
Q1-1 19.25
Q1-3 13.6
Q1-1 2.9
Q1-1 19.6
Q1-2 5.1, 24.5
Q1-2 6.5, 19.75
Q17-1 Maybe a real transit @ ~0.6
Q1-1 9.75, 12.25
Q1-3 #DSCT
Q1-2 22.8
Q1-1 1.25
Q1-3 18.8
Q1-3 1.8, 13.9
Not what EB curves typically look like, juliaport11. See http://tinyurl.com/qangsgn
Q1-1 23
Q1-1 6.5, 23, 25.6
Q1-3 8.0
Q1-1 7.1
Q1-1 10.2, 13
Q1-2 14.7
Q1-3 18.8
Q1-2 3.3. 16.25. 22.9. 26.15
Q1-2 15.375
Q1-2 22.75
Q1-2 4.5, 24.38
Q1-1 5.0
Q1-2 19.85 & 23.9
Q1-1 12.38
Q7-1 Agree with Zoo3Hans. Possible real transits @ ~6 & ~18
Q3-1 possible real transit @ 15.25
Q1-3 4.25
Q1-3 14.1
Q1-3 12
Q1-2 17.6
Q17-1 possible real transit @ 1.2
Q1-2 15.85
Q1-2 21.25
Q1-3 9.3
Q1-2 25.9
Q1-2 Looks like a disintegrating planet here.
Q1-3 10.3
Q1-1 5.2 & 6.125
CVs have large increases in brightness. Nothing here much greater than 1%.
Not a heartbeat. See http://astrobites.org/2014/08/27/whats-in-a-heartbeat/
Q1-2 13.25, 24.38, 28.38
Q1-1 1.25
Q8-1 Possible real transit @ 0
Q1-2 7.25
Q4-1 maybe real transit @ 9.3
Q1-3 6.75
Q1-1 15.4
Q1-2 very shallow transit depths. Likely contamination from background EB.
Q1-3 16.1
Q1-3 16.4
Q1-2 Agree. Looks like a #DSCT
Q1-2.9, 10.3, 17.6, 23.9
Q1-2 25.9
Q1-3 17.9
Q1-1 Star Spots cause the sinusoidal variation in luminosity.
Q1-3 5.1, 18.9
Q1-3 0.24
Q1-1 8
Q1-2 4.4
Q1-2 star spots
Q1-1 10.75, 14.9
Not a Heartbeat. See http://astrobites.org/2014/08/27/whats-in-a-heartbeat/
Q1-1 17
Q1-2 26.3
Q1-3 1.6
Q1-3 3.75
Q1-2 1.6
Q1-2 5, 23.5
Q1-2 25.4
Q1-1 3, 9.7, 23.6
Q1-2 29.1
Q1- 1 5
Not a Heartbeat. See http://astrobites.org/2014/08/27/whats-in-a-heartbeat/
Q1-3 17.9
Q1-1 13, 24.9
Just pulsating. See http://astrobites.org/2014/08/27/whats-in-a-heartbeat/ for a typical light curve and description of Heartbeat.
Q1-2 25.85
Q1-1 29.37
Q1-1 13
Q1-3 8
Q1-3 0.35, 16.1, 17.9
Yes, pulsating. Not a CV.
Most definitely NOT an RRLYRAE
Q1-3 0.35, 16.1
Q1-1 6.5, 13.8, 16.85, 26.2
Q1-2 26.5
Q1-2 6.2, 18.45, 27.1
Q1-1 12.9
Q1-3 8
Q1-2 26.125
Q1-3 5.75
Q1-3 13.7
Q1-1 10.5 13
Q1-3 8
Q1-1 12.5
Q1-2 13.3, 16.8, 28
Q1-2 0.565
Q1-1 10.3, 20.12, 22.25, 27
Q1-1 7.25, 6.9, 21.6, 28.2
Very shallow transit depths. Unlikely an EB. Possibly contamination from a background EB.
Q1-3 5
Q1-1 13
Q1-1 5.5, 6.25, 23.25
Q1-1 7.1, 9.1
Q1-3 Fast pulsations. Perhaps a Delta Scuti.
Q1-3 13.7
Q1-3 18
Q1-1 1.5 & 21.25
Q1-1 21.3
Q1-2 11.6
Q 1-1 Possible transit at 20.5
Q1-2 18
Q1-1 5.13, 6.7
Q1-1 21.3
Q1-1 13, 24
Q1-1 15.9, 17.6, 20.35
Q1-1 12
Q1-2 10.9, 15.0
Q1-2 7.5
Q1-1 19.3
Q1-1 10.75
Q1-2 4.2
Q1-1 15.9
Q1-2 19.5
Q1-2 Maybe a transit @ 15.25
Q1-1 1.0 & 9.25
Q1-1 3, 8.5, 15.9
Q1-2 11.4
Q1-1 7.5, 14.5, 16.5
Q1-2 2.9
Q1-1 d15.9
Q1-2 d 11.4
Q1-1 d 13
This is just a pulsating variable.
Q1-1 Strangeness @ .75
Flare & transit at same time?
Q1-2 No data
Q1-2 5 & 15.1
Agree on 20.65 in Q1,2
Q2-3 21.9
Q8-1 7.7 & 14.75
Q10-3 Got 1
Q6-1 A known EB in the Kepler EB Catalog. P=1.900722d
Q6-1 Sim plus possible real transit @ ~6.65
Q3-3 transits @ 6.6 and 25.1
Q10-2 transit @ d23
Q12-1 Sim plus probable transit @ 2.4
Q2-1 16.5
Q6-1 maybe real transit @ d23
Q9-1 maybe a real transit @ ~13.6
Q14-3 Maybe a larger planet transit @ 12.25
Q10-1Maybe a real transit @20.25
Q8-2 16.25
Q8-2 Maybe another transit @ 17.75
Q12-2 A nice OC EB listed in the Kepler EB Catalog.
http://keplerebs.villanova.edu/overview/?k=8099615
Q4-1 d7.1
Q11-1 Maybe real ones @ 6, 17.6 and 21.25
Q8-1 RRL C
Q12-2 maybe an RRL C
Q4-3 Not a binary. Listed InCat False in Kepler EB Catalog.
Q7-2 25.2
Q13-3 0.7 & 21.4
Q12-1 3.15
Q6-2 RRL
Q11-1 sim plus possible real transit @ 2.8
Q9-3 3 Sims plus maybe two real transits
Q8-3 Listed InCatFalse in Kepler EB catalog.
Q13-1 Maybe a real transit @ 13.25
Q7-1 Pulsating variable. Rising & Falling limbs appear a bit asymetrical.
Q5-3 Known EB in Kepler EB Catalog. P=0.354369d.
Q2-3 Maybe a real transit @ 3.25
Q0-3 Transit @ 1.3
Q4-1 possible real transit @7.5
Q8-2 2.2
Q8-1 Possible real transits @ 5.6 and 25
Q9-1 d7.5
Q10-1 Got 2
Q2-1 Several additional transits in curve.
Q14-1 InCat False in Kepler EB Catalog. P of BGEG =0.635445d
Q11-1 Maybe 2 or three real transits also.
Q17-1 I got it. That was an easy one.
Q15-1 possible real transit @21.2
Q5-2 22.2
Q9-1 Appears to be another planet transiting every 4.9 days.
Q7-1 0.2, 3.8, 14.2
Q16-1 possible transit @ d3.2
Q3-3 d9
Q2-2 12.5
Q11-3 Got 6 of them
Q15-1 5 additional transits
Q13-2 Got two of them.
Q13-2 Looks like an OCEB
Q3-1 Maybe a real transit @ 16.1
Q12-1 Nice. A flare disguising a simulated transit.
Q6-1 0.275 & 6.8
Q13-1 I agree with Zoo3hans: likely transit @5.5
Q10-3 6.2
Q10-2 19.1
Q10-3 Listed InCat False in Kepler EB Catalog
Q16-2 11.5, 17.6
Q3-1 23.1
Q7-3 7.3 & 28.12
Q6-2 11
Q4-1 25.75
Q8-3 8.8
Q14-3 7
Q5-3 9.3
Q13-1 14
Q12-1 20
Q6-1 11.6 & 25.8
Q16-3 5.9 & 22.25
Q12-3 10.7
Q5-2 #OCEB
Q6-2 13.6
Q6-3 EB
Q7.1 d14.1
Q11.3 d28
Q12-3 22.25
Q16-3 1.1, 8, 16.75
Q16-3 17.3
Q4-1 Possible real transit @20.2
Q9-3 13.5, 28.8
Q6-3 20.15
Q3-1 9.3, 21.6
Q10-1 12.6
Q7-1 3.6, 11.75
Q15-1 maybe a small transit @ d18
Q10-2 Known EB in Kepler Catalog. See http://keplerebs.villanova.edu/overview/?k=9775253
Q11-2 16.5
Q10-1 Possible real transit @ d28.87
Q4-3 2.7, 8.75, 24.1
Q10-2 8.3 & 18.6
Q9-3 13.5
Q12-1 possible real transit centered on d9.25
Q10-3 1 & 10.3
Q8-3 22
Q16-2 1.7 & 15
Q4-1 Possible real transit @26.7
Q7-3 22.4
Q7-1 14.2
Q13-3 Known EB in Kepler Catalog. P=3.428551d
Q11-3 20.75, 30.85
Q16-3 4, 16.85
Q6-2 25.75
Q16-3 7.4, 15
Q7-1 3.75
Q14-2 11.9, 20.55, 30.9
Q9-3 10.55
Q6-2 12.6
Q10-1 8.5, 14.6
Q2-2 12.85
Q9-2 4.8
Q8-3 2.2, 7.25, 11.2, 19.8
Q8-3 Would be nice to be presented the fast cadence light curves.
Q8-3 possible real transits @ 13 & 17.6
Q4-3 #transit 28.7
Q7-3 8.9, 23.4
Q4-1 Possible real transit @7.25
Q8-2 #transit 18.75 & 22.2
Q9-3 13.5
Q13-2 10.4
Q15-1 7, 18.85
Q3-2 3.6, 10.65
Q11-1 d20
Q14-2 Known EB in Kepler Catalog. P=3.326193d
Q7-1 #Simulations are a great learning tool
Q14-1 10.4
Q8-1 20.4
Q13-3 24.4
Q14-1 3, 10.6
Q5-1 Possible real transits @ 6.8 & 23
Q2-2 15.6, 22.3, 26.3
Q16-1 22.75
Q8-2 7.5, 12.2, 18.8
Q8-2 14.25, 19.5
Q16-2 23.1
Q10-3 Listed In-Cat False in Kepler EB Catalog. Very shallow transits. Likely BGEB.
Q4-1 6.1, 20, 28.9
Q12-1 14.35
Q11-1 6.26, 13.3, 22.5, 30.7
Q14-1 d27
Q11-1 Listed InCat False in Kepler EB Catalog.
Q16-1 15.5, 18.25, 29.1
Q15-3 10.8, 14.9, 18.6, 26.6
Q14-2 d10.5 d15.9
Q14-2 d14.6
Q14-1 LPV
Q0-1
Q0-1 HB
Q0-1 d13.75
Q0-1 d5.3 to 6.3 two transits with flare between. Or maybe 1 transit interrupted by a flare.
Q0-1 d1.85, d30
Q0-1 d5.5, d10.75, d20.25
Q7-1 possible real transits @ d8.25 & d19.6
Q0-1 d 30.8
Q0Transit d5.2
Q0-1 transit @ d12
Q0-1 possible DS
Q0-1 EB with possible extra transits at d2 & 12.25
Q0-1 d16.6
Q7-1 d18
Q0-1 1.75
Q0-1 16.6
Q0-1 d2
Q4-2 d20.6
Q2-2 Kepler EB Catalog lists as InCat False. http://keplerebs.villanova.edu/overview/?k=4160669
Q4-3 NOT an RRLYRAE
Q9-2 19.75
Q11-3 3, 15, 15.75, 31.6
Q7-2 24.3
Q13-2 5.25, 11.5, 13.5, 15.6 & 23.1
Q5-2 Star Spots
Q16-2 InCat False in Kepler EB Catalog.
http://keplerebs.villanova.edu/overview/?k=4473355
Q16-2 InCat False in Kepler EB Catalog. http://keplerebs.villanova.edu/overview/?k=4037164
Q3-1 d2.5 looks like a fairly large transit with a smaller transit in the middle.
Q3-1 d2.5 looks like a fairly large transit with a smaller transit in the middle.
Q10-3 InCat False in Kepler EB Catalog so not an EB. See http://keplerebs.villanova.edu/overview/?k=6871390
Listed InCat False in Kepler EB Catalog. Really small drops for an EB. Agree with Zoo3Hans: BGEB
Q9-1 OC EB
Q7-2 Known EB in Kepler EB Catalog. P=3.428551d
Q7-2 Agree w/ Zoo3Hans: probably contaminated by background EB.
Q7-2 Looks like an OC EB with O'Connell effect, but listed IN-CAT False in Kepler EB Catalog.
Q14-1 d0.5 and obvious simulation.
Q3-3 Known EB in the Kepler EB Catalog. P=12.713794d
Q7-3 d25
Q13-1 A known eclipsing binary listed in the Kepler EB Catalog. P=3.428551d
Q7-1 In-Cat False in Kepler EB Catalog. Probably contamination from BGEB.
Q16-2 d5.2, d18.1, d28.1
Q8-2 d17.5
Q8-1 d14.3 & d15.75
Q7-1 d1.3
Q6-1 Possible real transits @ 9.2 & 19.7
Q12-2 13.1 & 24.7
Q9-1 d3.6
Q13-1 When did single points become transits???
Q11-3 d1.6, d13.6, d25.9
Q14-1 Listed InCat False in Kepler EB Catalog.
Q14-1 #EB detached. P~4.0d
Q4-2 d4.8, 14.1, 26.8
Q16-1 d23.1
Q3-2 d26.6
Q13-1 d3.5